Nikita Teslia

H1: Phase-Guided Graphene Thermal Shield — Thermal Routing, Recession, Latency and Mass Constraints

H1 investigates whether phase-guided redistribution of lateral heat transport can improve thermal-shield response and whether this improvement translates into lower admissible normalized areal mass. The numerical sequence, H1.1–H1.12 with the H1.12R closure, progresses from conse...

NEL2: From Radial Displacement to Claim-Gated Growth Forecasts: Identifiability, Telemetry, Uncertainty, Recovery, and Final Synthetic Closure

NEL2 is an independent technical research report and numerical evidence ledger by Nikita Teslia, Fieldmind Lab. It examines the evidential requirements for converting radial-displacement measurements into admissible forecasts of irreversible tree growth. Extending the claim-gatin...

V2R: Resonant Convergence in a Dynamically Coupled Phase Field Revisited — Claim-Bounded Numerical Audit of Model Closure, Associative Completion, Distributed Carrier Reorganization, and Directional Rejection

V2R is a structured numerical revision of the historical V2 study, Resonant Convergence in a Dynamically Coupled Field (2025). The original work contained several under-specified elements, including an undefined feedback function, a quartic spatial expression without a unique dyn...

V1R: Phase-Locked Quantum-Plasma Processor Revisited — Claim-Bounded Numerical Audit of Normalization, Resonant Convergence, Stability, Open-System Closure, and Reproducibility

V1R is a structured numerical revision of the 2025 report Phase-Locked Quantum-Plasma Processor: Normalized Hamiltonian and Stability Analysis. Rather than treating the original proposal as a validated architecture, the revision decomposes its claims into separately falsifiable n...

NEL1: Claim-Gated Tree-Ring Forecasting under Source Shift and Operational Constraints

NEL1 presents a nine-stage technical whitepaper and numerical evidence ledger for one-step tree-ring width forecasting under temporal dependence, source shift, uncertainty, and operational constraints. The study uses two public NOAA/WDS Paleoclimatology collections from Kaindy La...